| Slide Capacity | 12 slides |
| Temperature Control Range | RT + 5 °C to 100 °C |
| Temperature Accuracy | < ± 1 °C |
| Temperature Uniformity | < ± 1 °C |
| Heating Time | < 2 min (37 °C to 95 °C) |
| Cooling Time | < 6 min (95 °C to 45 °C) |
| Fuse | 250 V, 3 A |
| Net Volume | 0.07 m³ |
| Packing | Wooden case |
| Power Consumption | 350 W |
| Power Supply | 220 V / 50 to 60 Hz |
| Dimensions (L × W × H) | 580 × 390 × 300 mm |
| Gross Weight | 12 Kg |
FISH Hybridizer ADFH-501 is used in molecular biology and histopathology laboratories to ensure precise denaturation and hybridization of samples during procedures for accurate genetic and cellular analysis.
1. How many slides can the FISH Hybridizer ADFH-501 process at once?
The FISH Hybridizer ADFH-501 can handle up to twelve slides in a single run, making it suitable for batch processing. This capacity allows laboratories to save time by preparing multiple samples simultaneously. It ensures higher throughput and consistent results across all processed slides. Such efficiency makes it particularly valuable in busy clinical and research environments.
2. Does the FISH Hybridizer ADFH-501 support custom programs?
Yes, the FISH Hybridizer ADFH-501 supports the storage of multiple custom programs. This feature provides flexibility for laboratories to optimize protocols based on their specific requirements. Researchers can save frequently used settings to minimize setup time. It enhances workflow efficiency and ensures repeatable, reliable results for various applications.
3. What is the temperature accuracy of the FISH Hybridizer ADFH-501?
The FISH Hybridizer ADFH-501 maintains temperature accuracy within ±1 °C. This precision is essential for ensuring proper denaturation and hybridization during FISH procedures. Accurate temperature control reduces experimental variability and enhances reproducibility of results. With stable conditions, laboratories can trust the consistency of their assays.
4. Does the FISH Hybridizer ADFH-501 have an automatic warm-up feature?
Yes, the FISH Hybridizer ADFH-501 includes an automatic warm-up function. This feature saves valuable preparation time by bringing the instrument to operating conditions quickly. It ensures the system is always ready for immediate use, reducing delays in workflow. Automated functions minimize the need for manual intervention, making operations more convenient.
5. How does the FISH Hybridizer ADFH-501 handle power interruptions?
The FISH Hybridizer ADFH-501 is equipped with a restart function that resumes operation after a power outage. This feature prevents data loss and ensures the continuity of experiments. It automatically restores previously set conditions once power is available again. Such reliability is particularly important in laboratories where process interruptions can affect results.
6. What are FISH Hybridizers used for?
FISH Hybridizers are designed to automate fluorescence in situ hybridization processes. They provide controlled heating and consistent conditions for accurate denaturation. These units handle multiple slides simultaneously to improve workflow efficiency. FISH Hybridizers are widely used in histopathology and molecular biology laboratories for slide-based applications.
7. What are the key features of FISH Hybridizers?
FISH Hybridizers include precise temperature regulation and stable operation for dependable results. They support multiple slides in each run, enabling smooth and continuous processing. These units often feature intuitive touchscreens for easy operation and monitoring. FISH Hybridizers are designed to deliver accuracy, consistency, and efficiency in laboratory workflows.